The long stage is made of aluminum alloy and is a lightweight, slim and long stroke stage. It can be installed from both directions with M2 screws from the front side and M3 screws from the back side.
As a standard part for positioning applications and as a machine element part such as jig tools
Minimum Reading (Scale Interval) (mm) 0.1 Load capacity (N) 14.7 Handle rotational moving amount (mm) 18 table length (mm) 25 table width (mm) 42 Moving guide Ant groove Material (Main Unit) Made of aluminum alloy Feed method Rack-and-pinion Surface Treatment (Main Unit) Satin treated anodized Type Support stage
The long stage is made of aluminum alloy and is a lightweight, slim and long stroke stage. It can be installed from both directions with M2 screws from the front side and M3 screws from the back side.
As a standard part for positioning applications and as a machine element part such as jig tools
Minimum Reading (Scale Interval) (mm) 0.1 Load capacity (N) 14.7 Handle rotational moving amount (mm) 18 table length (mm) 25 table width (mm) 42 Moving guide Ant groove Material (Main Unit) Made of aluminum alloy Feed method Rack-and-pinion Surface Treatment (Main Unit) Satin treated anodized Type Support stage
The long stage is made of aluminum alloy and is a lightweight, slim and long stroke stage. It can be installed from both directions with M2 screws from the front side and M3 screws from the back side.
As a standard part for positioning applications and as a machine element part such as jig tools
Minimum Reading (Scale Interval) (mm) 0.1 Load capacity (N) 14.7 Handle rotational moving amount (mm) 18 table length (mm) 25 table width (mm) 42 Moving guide Ant groove Material (Main Unit) Made of aluminum alloy Feed method Rack-and-pinion Surface Treatment (Main Unit) Satin treated anodized Type Support stage
It can be used properly according to the application, such as a strut tightening block type, a simple strut type, and a strut refraction mechanism type. The handles are aligned in the same direction to improve operability. A variety of arrangements for positioning operations in the air are possib... Read More
Minimum Reading (Scale Interval) (mm) 0.1 Mass (kg) 0.15 Load capacity (N) 14.7 table length (mm) 30 table width (mm) 50 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Handle rotational moving amount (mm) Z axis 18 Type Z stage/supporting stage Stroke (Z distance) (mm) ±17
It can be used properly according to the application, such as a strut tightening block type, a simple strut type, and a strut refraction mechanism type. The handles are aligned in the same direction to improve operability. A variety of arrangements for positioning operations in the air are possib... Read More
Minimum Reading (Scale Interval) (mm) 0.1 Mass (kg) 0.42 Load capacity (N) 14.7 table length (mm) 30 table width (mm) 50 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Handle rotational moving amount (mm) Z axis 18 Type Z stage/supporting stage Stroke (Z distance) (mm) ±17
It can be used properly according to the application, such as a strut tightening block type, a simple strut type, and a strut refraction mechanism type. The handles are aligned in the same direction to improve operability. A variety of arrangements for positioning operations in the air are possib... Read More
Minimum Reading (Scale Interval) (mm) 0.1 Mass (kg) 0.37 Load capacity (N) 14.7 table length (mm) 30 table width (mm) 50 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Handle rotational moving amount (mm) Y axis 4.2 + Z axis 18 Type zy stage/supporting stage Stroke (Z distance) (mm) ±17 Stroke (Y distance) (mm) ±17
It can be used properly according to the application, such as a strut tightening block type, a simple strut type, and a strut refraction mechanism type. The handles are aligned in the same direction to improve operability. A variety of arrangements for positioning operations in the air are possib... Read More
Minimum Reading (Scale Interval) (mm) 0.1 Mass (kg) 0.51 Load capacity (N) 14.7 table length (mm) 30 table width (mm) 50 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Handle rotational moving amount (mm) Y axis 4.2 + X/Z axis 18 Type xyz stage/supported stage Stroke (Z distance) (mm) ±17 Stroke (Y distance) (mm) ±17 Stroke (X distance) (mm) ±17
We have a lineup of 4 models depending on the distance traveled. An epoch-making lead screw type stage that allows you to select the amount of movement for one rotation of the handle from 2 mm, 5 mm, and 10 mm, respectively, according to the intended use. A visually easy-to-read center-sorting co... Read More
Minimum Reading (Scale Interval) (mm) 0.1 table length (mm) 25 table width (mm) 40 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Type Support stage Load capacity (N) X axis: 29.4 / Z axis: 14.7
It can be used properly according to the application, such as a strut tightening block type, a simple strut type, and a strut refraction mechanism type. The handles are aligned in the same direction to improve operability. A variety of arrangements for positioning operations in the air are possib... Read More
Minimum Reading (Scale Interval) (mm) 0.1 Mass (kg) 0.26 Load capacity (N) 14.7 table length (mm) 30 table width (mm) 50 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Handle rotational moving amount (mm) Z axis 18 Type Z stage/supporting stage Stroke (Z distance) (mm) ±17
It can be used properly according to the application, such as a strut tightening block type, a simple strut type, and a strut refraction mechanism type. The handles are aligned in the same direction to improve operability. A variety of arrangements for positioning operations in the air are possib... Read More
Minimum Reading (Scale Interval) (mm) 0.1 Mass (kg) 0.4 Load capacity (N) 14.7 table length (mm) 30 table width (mm) 50 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Handle rotational moving amount (mm) Y axis 4.2 + X/Z axis 18 Type xyz stage/supported stage Stroke (Z distance) (mm) ±17 Stroke (X distance) (mm) ±17 Stroke (Y distance) (mm) ±17
We have a lineup of 4 models depending on the distance traveled. An epoch-making lead screw type stage that allows you to select the amount of movement for one rotation of the handle from 2 mm, 5 mm, and 10 mm, respectively, according to the intended use. A visually easy-to-read center-sorting co... Read More
Minimum Reading (Scale Interval) (mm) 0.1 table length (mm) 25 table width (mm) 40 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Type Support stage Load capacity (N) X axis: 29.4 / Z axis: 14.7
We have a lineup of 4 models depending on the distance traveled. An epoch-making lead screw type stage that allows you to select the amount of movement for one rotation of the handle from 2 mm, 5 mm, and 10 mm, respectively, according to the intended use. A visually easy-to-read center-sorting co... Read More
Minimum Reading (Scale Interval) (mm) 0.1 table length (mm) 25 table width (mm) 40 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Type Support stage Load capacity (N) X axis: 29.4 / Z axis: 14.7
It can be used properly according to the application, such as a strut tightening block type, a simple strut type, and a strut refraction mechanism type. The handles are aligned in the same direction to improve operability. A variety of arrangements for positioning operations in the air are possib... Read More
Minimum Reading (Scale Interval) (mm) 0.1 Mass (kg) 0.53 Load capacity (N) 14.7 table length (mm) 30 table width (mm) 50 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Handle rotational moving amount (mm) Y axis 4.2 + Z axis 18 Type zy stage/supporting stage Stroke (Y distance) (mm) ±17 Stroke (Z distance) (mm) ±17
It can be used properly according to the application, such as a strut tightening block type, a simple strut type, and a strut refraction mechanism type. The handles are aligned in the same direction to improve operability. A variety of arrangements for positioning operations in the air are possib... Read More
Minimum Reading (Scale Interval) (mm) 0.1 Mass (kg) 0.26 Load capacity (N) 14.7 table length (mm) 30 table width (mm) 50 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Handle rotational moving amount (mm) Y axis 4.2 + Z axis 18 Type zy stage/supporting stage Stroke (Z distance) (mm) ±17 Stroke (Y distance) (mm) ±17
It can be used properly according to the application, such as a strut tightening block type, a simple strut type, and a strut refraction mechanism type. The handles are aligned in the same direction to improve operability. A variety of arrangements for positioning operations in the air are possib... Read More
Minimum Reading (Scale Interval) (mm) 0.1 Mass (kg) 0.67 Load capacity (N) 14.7 table length (mm) 30 table width (mm) 50 Moving guide Ant groove Feed method Lead screw Material (Main Unit) Made of aluminum alloy Surface Treatment (Main Unit) Satin treated anodized Handle rotational moving amount (mm) Y axis 4.2 + X/Z axis 18 Type xyz stage/supported stage Stroke (Y distance) (mm) ±17 Stroke (X distance) (mm) ±17 Stroke (Z distance) (mm) ±17